European project to convert CO2 into graphite


A project consortium supported by EIT RawMaterials, which specializes in energy storage development, has launched a two-year pilot program to design and build a scalable shipping container fusion reactor that is capable of CO conversion2 emissions y graphitea mineral that is now classified by the EU as a critical raw material, and a variety of carbon nanomaterials.

So far, the EU has imported 500,000 tonnes of graphite to meet the ever-growing need for energy storage solutions. This technology demonstrates how Europe is using innovative technologies to reduce Europe’s dependence on raw materials from abroad, contributing to the EU’s needs to meet its 2030 greenhouse gas emission targets.

The consortium, which consists of world-renowned research institutes and leading partners in the industry, aims to revolutionize shipping containers as they are one of the most scalable technology units and can be easily transported worldwide. Double the benefit, CO2 will be captured and turned into extremely valuable products. Currently, these materials are made from fossil fuels with a huge impact on the environment. This technology makes a direct contribution to the circular economy as it closes economic cycles in the commodity industry.

The result of this proposal will be an automated pilot container that absorbs 10 tons of CO2 and produces 2,700 kg of sustainable carbon materials per year with a potential revenue of 2.7 million euros per year. Such a pilot project will accelerate progress to even larger CO2 cleavage operations by creating knowledge and understanding of the processes that occur during CO cleavage2 electrochemically on such a large scale.

The project coordinator, UP Catalyst, has won awards in the EIT Jumpstarter competition raised at RawMaterials Accelerator, and is now ready to refine its technology together with industry and university partners.

European project to convert CO2 into graphite

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